naming_conventions/
lib.rs

1mod tool;
2
3use regex::Error;
4
5pub mod conventions;
6
7pub use conventions::*;
8
9pub enum CaseName {
10    NoCase,
11    SnakeCase,
12    CamelCase,
13    PascalCase,
14    MacroCase,
15    KebabCase,
16    TrainCase,
17    FlatCase,
18}
19
20pub trait Convention {
21    fn to(&self, string: &str) -> Result<String, Error>;
22    fn is(&self, string: &str) -> Result<bool, Error>;
23}
24
25/// The function `get_convention` returns a boxed trait object based on the given `CaseName` enum
26/// variant.
27///
28/// Arguments:
29///
30/// * `name`: The `name` parameter is of type `CaseName`. It is an enum that represents different naming
31/// conventions. The possible values for `CaseName` are:
32///
33/// Returns:
34///
35/// The function `get_convention` returns a boxed trait object that implements the `Convention` trait.
36/// The specific implementation returned depends on the `CaseName` enum variant passed as an argument.
37pub fn get_convention(name: CaseName) -> Box<dyn Convention> {
38    match name {
39        CaseName::NoCase => Box::new(NoCase),
40        CaseName::SnakeCase => Box::new(SnakeCase),
41        CaseName::CamelCase => Box::new(CamelCase),
42        CaseName::PascalCase => Box::new(PascalCase),
43        CaseName::MacroCase => Box::new(MacroCase),
44        CaseName::KebabCase => Box::new(KebabCase),
45        CaseName::FlatCase => Box::new(FlatCase),
46        CaseName::TrainCase => Box::new(TrainCase),
47    }
48}
49
50#[cfg(test)]
51mod tests {
52    use super::*;
53
54    fn init() {
55        dotenv::dotenv().ok();
56        let _ = env_logger::try_init();
57    }
58
59    #[test]
60    fn test_get_convention() {
61        tests::init();
62
63        let no_case = get_convention(CaseName::NoCase);
64
65        assert_eq!(no_case.to("hello, world!").unwrap(), "hello, world!")
66    }
67}
naming_conventions/lib.rs

naming_conventions/
lib.rs
